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What are the interesting theories about quantum gravity? 


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There are several interesting theories about quantum gravity. One theory proposes a novel approach and simplified model of Quantum Gravity based on the unification framework of Generalized Thermodynamics, which suggests cross-related terms and modified equations of General Relativity and Quantum Mechanics . Another theory introduces a new concept of quantum gravity that seamlessly merges General Relativity to the Standard Model, using a patent-pending magnetic confinement method to understand how black holes operate at their singularities . A different theory investigates classical and quantum aspects of a general class of higher derivative theories of gravity, including the appearance of ghost-like particles and the power-counting renormalizability of the theory . Additionally, a model for the information processing structure of quantum gravity is proposed, showing that the quantum gravity environment acts as an information resource-pool and allows for the simulation of remote outputs from local environment states . Finally, a quantum gravitational theory based on the hypothesis of the absolute reference system studies the quantum nature of gravitational potential and the dynamics of particles under the influence of the gravitational field .

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The paper discusses a quantum gravitational theory that studies the dynamics and kinetic energy of photons and elementary particles under the influence of the gravitational field. It also provides a quantum interpretation of gravitational redshift.
Open accessJournal ArticleDOI
17 Oct 2019
15 Citations
The paper discusses the theory of quantum gravity, which aims to combine general relativity and quantum theory into a more fundamental framework. It analyzes the information processing structure of quantum gravity and the entanglement of space-time geometry. However, it does not specifically mention other interesting theories about quantum gravity.
The paper discusses the theories of quantum gravity based on Generalized Thermodynamics, which includes the unification framework of General Relativity and Quantum Mechanics.
The provided paper investigates a general class of higher derivative theories of gravity, focusing on classical and quantum aspects, particle spectra, UV properties, and power-counting renormalizability. It does not specifically discuss interesting theories about quantum gravity.
The paper discusses a new concept of quantum gravity that merges General Relativity with the Standard Model, based on a novel magnetic confinement method. It does not mention any other interesting theories about quantum gravity.

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